Medical Equipment Blog

Hematology analyzers can do a lot of things these days. They can do a complete blood count, or tot up red or white blood cells, or platelets. They can tell you hemoglobin concentration, hematocrit, RBC indices, and leukocyte differential. Even older machines can do a limited CBC, and a three-part leukocyte differential, giving values for neutrophils, lymphocytes, and all other white cells together. The snazzier ones count monocytes, basophils, and eosinophils too. They can also detect nucleated red blood cells.

We wouldn’t counsel medical professionals on patient management, but you’ll have heard differences of opinion on the utility of CTG. Just to make you aware, if you haven’t been following, that there is disillusion with the overall concept (except in emergencies), but most people concede that at least it’s a tool that can be used, and that’s better than nothing. Doctors and midwives surveyed generally approve of it, but they have reservations. There are recent review articles that try to sum up clinical opinion, looking for consensus. Broadly speaking, the received wisdom these days is that CTG is at its most appropriate during labor. 

Cardiac investigation is getting all digital and full of imaging, and so it’s getting expensive. It’s nice to have EKG stress test equipment in your clinic, for lower-cost investigation.  It’s quite reliable, used right, and we sell lots of packages to happy clinicians all the time. 

The guidelines do say to choose your patients carefully.  The ideal candidate for a stress EKG test is an adult with suspected coronary artery disease, or someone with known CAD whose clinical status is changing.  Clinicians also use them for lower-risk stable angina patients free of active ischemic or heart failure symptoms, and for risk stratification of patients prior to discharge, or for pre-operative evaluation of selected patients sometimes. For all stress-EKG patients, baseline EKG should be close to normal. 

You don’t need to be told the basic departure points for choosing vital sign monitors.  The first is to ask yourself what you need your equipment to do, and the second is to decide how much money you want to spend. 

You know what you want it to do, because you know what you and your staff do.  You know how much money you have, too, and browsing prices will update you on what things cost these days, and then you’ll know how much you’re really going to spend.  Done. 

You’re buying ultrasound equipment for your practice.  It’s pretty bewildering.  You know the basic buyers’ rules.  You should narrow your choice based on whether you’ll be using general applications, or vascular work, or OB/Gyn, or cardiac.  These are the usual four categories. 

You want nice equipment, so you go for the highest sampling rate you can find.  You do that because everyone knows that more data is always best. But is that true?  Should you spend lots of money maximizing your sampling rate? The answer is that sample rate is actually not as important as you might think.  

Ultrasound imaging is an extremely popular and important part of diagnosing medical issues. The equipment uses sound waves to view inside the body without using radiation.  It is widely used in many areas including obstetrics to obtain the status of the unborn child as well as locating exactly where biopsies are located. Portable ultrasound units allow access to many more patients in need of diagnosis. It can be used in multiple locations and is lightweight to allow for easy transportation.

In this fallowing article we will discuss the advancement in the ultrasound technology known as the doppler ultrasonography.  We will discuss the clinical features of this machine and the advantages of its use based on my experience as a medical student. Before presenting the edge that this specific technology provides to the field of imaging devices, it is important to cover the ground basics of the US’s mechanism of action.

Ultrasound imaging, also known as sonography, uses sounds waves at various lengths to produce pictures of the internal organs. This allows the diagnosis of several sources of pain, swelling and infection. The test is performed with the use of a small transducer (probe), and the application of water-based gel directly on the patient’s body. This method allows high frequency waves to be transmitted from the probe, through the gel, into the body. Thus, producing a computerized image.

Any procedure that requires the use of anesthesia needs to be done with an anesthesia monitor to ensure that the patient is safe. These machines monitor the delivery of medications, fluids, and gases and display the patient’s physiological state. Anesthesia drugs alter how the body functions, so there are risks involved with its use during various procedures. However, if the vital signs of the patient are monitored continuously, there is a reduction in the overall risks associated with the procedure.

The use of anesthesia in a medical procedure induces a temporary loss of awareness or sensation. It is used to provide a painless procedure for a patient, where the procedure would normally cause them severe discomfort or pain. There are some medical concerns when patients are in this state, so it is important to be able to monitor their vitals throughout the procedure. Choosing the right anesthesia monitor is a good way to ensure that the monitor provides the information needed for various procedures. Here are three of the top monitors on the market:

The equipment at Absolute Medical Inc. is designed with an emphasis on providing the best services in terms of patient care. There is a wide range of equipment available, which can suit and meet the needs of different medical institutions. Such equipment is properly reconditioned and will always perform at the same level according to the specifications of the manufacturer.

A stress test is simply an electrocardiogram (ECG or EKG) which the patient undergoes while they are exercising, on the treadmill. The main aim of the stress test is to monitor the level of activity in the patient’s heart as they are undertaking the physical activity. Changes in the heart function should be monitored because some abnormalities can be detected only when the patient is exercising.

Infusion pumps have been a staple in medicine for quite some time. It’s common to see one of these pumps in clinical settings such as nursing homes, hospitals, and even homes. The pumps medical application is to deliver fluids, nutrients, and medications, to a patient’s body in controlled amounts either large or small.

These medical devices are favored more over manual administration because of their ability to deliver medication in quite small volumes as well as in automated intervals. There are many types of infusion pumps such as syringe, insulin and enteral pumps to name a few.

The types of pump differ based on the purpose they are used for and on how they are powered. Some of these devices are made to be used at the patient’s bedside while others are made to be portable or wearable.

An ultrasound transducer is the handheld device that the technician or doctor moves on or over the body of the patient. A cord connects it to a computer. The device sends sound waves and receives the echoes as they bounce off the body tissue and organs of the patient. These echoes are used by the computer to create an image.

Transducers (probes) come in different sizes and shapes for use in different parts of the body. Some are placed on or over the body part. Others are designed to be inserted into an opening like the vagina or rectum so they can get closer to the organ for a more detailed view.

Ultrasound machines have come a long way. The first ultrasound machine was a 2D scanner debuted in 1958 by Ian Donald and Tom brown. They called it the Diasonograph, but it was known in more informal and unkind circles as the Dinosaurograph.

This ancestor of the modern day ultrasound machine was 8 ft tall and occupied approximately a third of the space available in an average scanning room. The ultrasound images were static, and were created by rocking the transducer slowly over the body part being examined.

Ultrasound devices consist of a digital processor and system display, a control unit for focus, compensating amplifier, transmitter pulse generator, and a transducer. They are used to do cerebrovascular, urological, maternity, cardiac, and abdominal examinations; breast examinations; and operational and review of small tissue pieces.

Ultrasound applies to acoustic energy above the human hearing frequency. Diagnostic sonographic scanners operate in a range of frequencies that are hundreds of times higher than the human hearing limit. The higher the frequency is, the smaller the details. 

There are many used ultrasound dealers found on the internet. They all claim to be the solution to all the needs of potential customers. The multitude of available information can make a choice confusing. Absolute Medical Equipment has been the leader of reconditioned, pre-owned medical equipment since 2001.

Ashley Herschman, the company's founder, was fascinated by ultrasound equipment technology advancement. He upgraded his ultrasound machines to be state-of-the-art. When GE Capital became aware of the development, a partnership was formed. Buying ultrasound equipment, refurbishing it, and selling the refurbished equipment was the primary function of the company.

Autoclaves are sterilizers that use high-pressure steam to remove living organisms and contaminants from equipment. They can be found in tattoo parlours; nail salons; veterinary, dentist and doctor offices. The purpose of the sterilizers is to prevent germs from passing between clients and patients.

They are used for medical and dental instrument sterilization, handpiece sterilization, and other autoclavable material. Absolute Medical Equipment carries automatic and manual sterilizers. Autoclaves are a sterilizer subset.

The Absolute Medical Equipment company began as a refurbishing hobby for ultrasound equipment. The demand for the equipment grew and became a full-fledged business that expanded to offer a wide array of medical speciality equipment.

Among the products offered are vital sign monitors. Private physician offices, outpatient centres, surgery centres, universities, and hospitals avail themselves to the products offered by Absolute Medical Services, Inc. at significant savings.

The ease-of-use, reliability, and reliability of ultra sound machines have provided the practice of medicine with tools that make the care of patients better. Ultrasound machine designs are usable and intuitive. They do not slowdown in complicated settings. Three ultrasound machines are compared and contrasted below.

There are fewer indicators of overall health and wellness than the state of a person’s vital signs. Whether they are collected routinely during a physical examination in a doctor’s office, or they are taken at the scene of an automobile accident, vital signs are the gateway to how a person’s body is reacting in a given moment. Sometimes, people say they feel fine, but their vital signs may reveal a different story. Paramedics, first responders, first aiders, nurses, doctors, and other health practitioners use vital signs as a benchmark for a patient’s status.

An ultrasound is a procedure that is performed by a physician or an ultrasound technician that involves taking 2D, 3D, or even 4D images of inside the body using sound waves. The sound waves bounce off of bones, tissues and organs inside the body to create images that are visible to medical professionals. Doctors use this information to help them determine disease and diagnosis, follow the course of a pregnancy, and more. The images that are created by ultrasound technology are called sonograms, and they are similar to x-ray pictures, but they are produced as a result of the sound waves.

Ultrasound was first used as a diagnostic tool in the early 1900’s, but in the past 50 years it has rapidly evolved into a multi-disciplinary medical tool. Oftentimes, when people think of an ultrasound, they envision a large, bulky machine that gives doctors and expectant parents views of developing fetuses; however, ultrasounds used during pregnancy only account for about 20 percent of the ultrasound market. 

Of the approximately 75 million American adults with hypertension, millions of patients visit their doctors yearly to monitor and control their blood pressure, yet only about half of them have their condition under control. Since high blood pressure increases the risk of heart attacks, strokes, chronic heart failure, and kidney disease, accurately measuring and tracking a patient’s blood pressure is a vital part of triage and any office consultation.

Testing blood pressure is a two part process, resulting in two numerical measurements - the systolic and the diastolic blood pressures. The systolic indicates how much pressure your blood exerts against the artery walls during heartbeats. The diastolic number indicates the minimum arterial pressure during relaxation and dilation of the ventricles of the heart. To perform the test, a reading is taken by placing a pressure cuff (sphygmomanometer), typically on the upper arm, which is then inflated either manually or electronically. 

While blood culture science was originally pioneered in beginning of the 20th century, blood culture practices and technology have advanced exponentially since the mid-1970s. With the development of controlled clinical evaluations of blood culture systems and media, there is now a sound scientific basis for the basic precepts of blood culture. A variety of factors affect accurate blood culturing: skin antisepsis, number and timing of cultures, correct volume for blood culture, the culture media and any additives, the length and atmosphere of incubation, and the interpretation of positive blood culture results.

Bone densitometry, which is known as dual energy X-ray absorptiometry, also called DXA or DEXA, is a test that calculates bone density quickly and accurately. Used to discover osteopenia or osteoporosis, the test uses a very small dose of ionizing radiation to take pictures inside the body, normally the lower spine and hip, to measure bone loss. 

With chronic health problems, such as emphysema, congestive heart failure and various lung diseases, patients will have difficulty breathing and experience a significant drop in energy levels and the ability to perform simple everyday activities. A pulse oximeter is a device used to detect if the decrease in energy is due to a lack of oxygen in the blood. Here is a useful guide to pulse oximeters and their function.

The heart is one of the most powerful muscles in the body, and its ceaseless pumping is essential to sustaining life. If the hearts stops beating, blood stops flowing, the brain is deprived of its oxygen supply, and death can result in as little as 5 minutes. For someone who suffers a cardiac arrest, which is when the heart stops beating or has a life-threatening abnormal rhythm, emergency medical treatment is critical. While CPR (cardiopulmonary resuscitation) can help maintain the flow of oxygen to the brain, getting the heart restarted and beating normally again often requires defibrillation with an electric shock.

Commonly known as probes, ultrasound transducers come in a wide array of shapes and sizes designed for specific diagnostic applications. Here are some descriptions of the probes commonly found in hospital, clinical, and medical practice settings:

There is the cardiac transducer, whose primary use is echocardiography. In some cases, because the frequency is low, it can used for abdominal studies as well. Next, there is a vascular transducer, which is typically used for carotid arteries and veins, including those in the legs. It can also be used for the thyroid, needle-guided injections, and in some cases, when the frequency is high enough, for breast exams as well. (It is important to note that when using it for breast exams, it should not take the place of conventional mammography, but rather be used in conjunction with it.) 

The standard equipment for a medical setting depends on the size of the facility. A large hospital will have much wider ranging needs than a small hospital. Ultrasound machines, ECG / EKG machines, patient monitors, infusion pumps, and X-ray machines are all standard purchases for every setting from a large facility to a small one. However, no matter the size of the facility, patients and staff alike have come to expect a high quality level of machinery.

Whether you are a large established hospital facility, a small start-up clinic, or a private practice, medical equipment is the staple of your business. It is important that it be reliable and cutting edge. For this reason, many medical hospitals, practices, and clinics think that it’s necessary to buy brand new equipment with a complete warranty, replacement, and maintenance program. However, in these belt-tightening times, used and refurbished medical equipment is becoming increasingly popular as a way to economize. But how do you do that without sacrificing dependability? Read on to learn the pros and cons of buying used and refurbished medical equipment.

Medical settings such as small clinics are held to the same standards as large hospitals, but without the benefit of big budgets. With all the cutting-edge technology available in medical equipment, it makes sense that the clinics that have the best equipment can provide the best care. Good care translates into healthy budgets and healthy people. However, the cost of new machinery exceeds the budgets of most small clinics, so the best alternative is to look at buying pre-owned equipment, which can often be done for a fraction of the cost.

Buying pre-owned medical equipment has become an increasingly popular alternative to purchasing new equipment. This makes financial sense not only for the establishment of small clinics and practices, but also for larger hospitals and clinics who are trying to watch their bottom line more closely.

When pre-owned medical equipment has been refurbished properly, it can be almost as good as new, with a similar life expectancy, but selling for half, or less, of the price. However, making a mistake in your choice of vendor and/or equipment purchased can be very costly. And the cost is not just a matter of dollars--poorly functioning pre-owned medical equipment can also adversely affect lives.

Outfitting a hospital, clinic, or private practice with medical equipment is an expensive proposition, especially if new equipment is being acquired. In particular, medical settings require several kinds of ultrasound machines, and the expenses can add up to thousands upon thousands of dollars.

While large hospitals may be able to sustain the high cost of new equipment, smaller clinics and practices can find the prospect of large purchases of new ultrasound machines to be much more daunting. Fortunately, there are used machine options available instead. Many clinics or smaller practices are looking to rent or purchase used ultrasound machines, especially if they are just starting up. The savings can be enormous, from manageable, regular fee to lease to 50-70% savings for purchasing. Here are some tips on renting and buying used ultrasound machines: 

The autoclave is considered to be standard equipment in most scientific laboratories. Its use, first and foremost, is to sterilize lab items and remove any contaminants. This sterilization process is best used at the beginning and end of a project or experiment. At the beginning of a project, glassware and instruments are sterilized to eliminate any contaminants. At the end of a project, the autoclave is used to sterilize any waste by-products and waste containers. Autoclaves sterilize very effectively with pressurized steam at temperatures of about 270 degrees, but this high pressure steam also can be hazardous to the operator of the autoclave. The extremely high temperatures of the autoclave that work so well to sterilize can also cause the autoclave to malfunction without proper care and use. Here are some top tips for using an autoclave safely.

An ultrasound machine, which makes use of high-frequency sound waves to capture images from the body, has several types. The choice of which type of ultrasound machine to use depends on the purpose of the test, the availability of the machine, and what is being investigated for the test.

The different types of ultrasound imaging include 2D, 3D, 4D, and doppler.

2D ultrasound imaging is typically used for obstetric purposes. It is capable of producing 2 dimensional images of what’s inside the body.

Using 2D technology, the baby’s growth, gestation, size, development, and even the heartbeat can be clearly seen. The placenta, as well as the baby’s position, can also be viewed. The images from 2D ultrasound are usually in black and white.

Purchasing any piece of medical equipment is a big decision and investment. Whether you own a small practice or clinic, or work in a big budget hospital, you want to make sure that you are spending your equipment dollars well. Here are some questions and answers to help you with the purchasing process: 

Should I go with new or used equipment? 

The decision to choose new equipment versus pre-owned and reconditioned is really a question of budget. First, you want to look at the overall cost–whether financed, leased, or purchased–and determine when the equipment will turn a profit. Used equipment can often give you the best bang for your buck, because it can be reconditioned to be like new and yet only be half the price of new equipment. 

Setting up a small practice or clinic can be an expensive endeavor, to put it mildly, and these smaller businesses don’t have the big-budget advantages that larger hospitals have at their disposal. Along with a lease and furnishings, you have to buy the equipment that you need to diagnose and treat patients. This equipment can cost thousands upon thousands of dollars to acquire. That’s why looking at pre-owned or reconditioned equipment can be a big savings, especially with probes or transducers. Here are some purchasing pointers:

As far as ultrasound machines go, most of them are big, bulky, and difficult to move around and transfer from place to place. 

The Acuson Cypress solves this problem. Just because this unit is a portable, small machine, does not take away from its capabilities. Known to have excellent imaging and has top notch Cardiac, Abdominal and Vascular Imaging. 

Not only does this unit’s size not effect its imaging, it also doesn’t affect its range of application when it comes to practicality and diversity. 

Pregnancy is a delicate condition. Hence, a pregnant woman is advised to comply with the regular appointments with her doctor to see how she is and her baby is doing during the process. There are also several tests done to make sure that the baby is doing well on the entire duration of pregnancy. One of these tests is fetal heart monitoring.

Fetal heart monitoring is done to keep tabs of the baby’s heart rate in response to the strength and duration of the mother’s contractions. The fetal heart rate can tell if the baby is doing well or not.

The fetal heart rate can be monitored continuously or periodically (also referred to as intermittent auscultation). During continuous electronic fetal monitoring, a device is used to monitor the heart rate. This device is called the fetal monitor machine.

Infusion pumps are medical devices that are used to deliver fluids into the patient’s body. Using these medical devices makes it possible to administer nutrients and medications in controlled amounts. They are widely used in a variety of clinical settings including hospitals and nursing homes.

Using infusion pumps has become widely popular because of their capability to administer fluids that are practically impossible to control manually by medical professionals. They can deliver fluids in very small volumes and at precisely programmed rates. Only trained professionals can operate these medical devices as using it involves programming of the rate and duration using their built-in software.

The ability of infusion pumps to produce high but controlled pressures makes these devices highly useful in injecting highly controlled amounts of fluids into the subcutaneous, or into the epidural. Some of the fluids that can be administered using infusion pumps include insulin, hormones, chemotherapy drugs, antibiotics, and pain relievers.

Stress testing is often advised to patients suspected with abnormal heart rhythms, those who are evaluated for their cardiac treatment program, and those who will undergo a certain exercise program. It is also commonly prescribed to patients who are suspected to have coronary artery disease (CAD). For patients with CAD, the blood supply which may be adequate at rest may be inadequate when there is an increased in cardiac demand such as when exercising.

Although the accuracy of stress testing for the diagnosis of CAD depends on several factors, it is still one of the most commonly advised tests for patients suspected with the heart disease. Compared to cardiac catheterization, stress testing is less invasive and less expensive in detecting abnormalities in the blood flow.

How Stress Testing is Done

There are two ways on how stress testing is done. One is through the use of drugs and the other is through exercise.

There are medical procedures that can’t be done well without anesthesia. It’s the anesthesia that provides pain control during surgery or procedure. While it’s generally considered safe with rare cases of untoward reaction, anesthesia can cause unpleasant effects, depending on the type of anesthesia administered to the patient.

The common side effects of general anesthesia include nausea and vomiting, muscle ache, sore throat, chills, itching, and confusion. General anesthesia can also cause cognitive dysfunction like delirium and malignant hyperthermia.

Patient safety is what it’s all about. When medical procedures involve administering anesthesia, reliable monitoring equipment is one critical part of ensuring safety, and success. And having the right monitor for your medical cases and circumstances is the key to reliability.

Anesthesia monitors monitor gases, drugs and fluids to control dosage as they’re delivered to patients, and are also used to measure and continuously display the patient’s physiological state during anesthesia processes. They feature monitoring alarms that detect and alert staff to out-of-range factors or conditions.

Many anesthesia monitors are stand alone units, while others are part of an anesthesia machine or workstation, or multivariable monitor.

Nurses traditionally rely on five vital signs to assess their patients: temperature, pulse, blood pressure, respiratory rate and oxygen saturation.

High quality vital sign monitors are made by many companies. They monitor and measure basic medical indicators of health (variety of essential bodily functions and metrics), and are offered with varied features and options in many shapes and sizes. Knowing which monitor is right for your needs can be confusing. Making the right choice is important and involves understanding and comparing options, features, and pricing—and understanding your needs. It’s helpful to secure advice from medical-equipment dealers with a real understanding of how VS monitors compare from one maker, purpose and user situation to another.

GE Ultrasound with its cutting edge technology is the leading manufacturer of console and portable ultrasound machines in the United States. With 34 models, GE Ultrasound makes a wide range of systems for a variety of specialties including but not limited to: Obstetrical, Gynecological, Abdominal, Cardiac, Vascular, Breast, Small Parts, Musculoskeletal, Urological, Neonatal, Pediatric, Orthopedic, Veterinarian, Fetal Cardiac and General Radiology.

The latest medical equipment found in the operating theater could soon be a 3D printer.  As MYNorthwest.com reports, medical 3D printing advances may dramatically reduce the difficulties of complex surgical procedures in the near future.

Having an entire society spend less money on one good that’s required for maintaining a lifestyle inevitably means that there’s more money to be spent on other things. While some will spend their new found funds on electronics or smartphones, some will decide to finally visit a doctor about something that’s been bothering them. This means more revenue for health care providers.

While doctors have been using ultrasound systems since the 1970s, recent technological improvements are opening up this diagnostic medical device to a wider range of uses.

A tiny medical device the size of a number on a penny is significantly improving vision in glaucoma patients, reports CBS News. The millimeter-long iStent, the tiniest implantable device ever approved by the U.S. Food and Drug Administration, is inserted through a 1.5 millimeter corneal incision in the trabecular meshwork of the eye during cataract surgery.

A recent report by the American Medical Association reports that many of the nation’s physicians have major concerns about Electronic Health Records (EHR). What concerns are prompting so many of the nation’s health care professional prganizations to resist transitioning to EHR, even when threatened with fines and other sanctions? Privacy and the ability to safeguard patient information top the list, according to the AMA.

The U.S. Food and Drug Administration (FDA) recently awarded a Breakthrough Therapy Designation to research company Genetech for its work with small cell lung cancer. This is the second designation for Genetech, a member of the Roche Group, and was granted for  the company’s investigational cancer immunotherapy MPDL3280A (anti-PDL1). The treatment for people with Programmed Death Ligand 1 (PD-L1) positive non-small cell cancer of the lung (NSCLC) and used as a targeted therapy for patients with progressed stages of the disease who have already had chemotherapy.

More than just your go-to source for your personal medical device needs, Absolute Medical Equipment strives to keep patients and clients informed of the latest medical breakthroughs and treatment protocols that can make a difference. Follow our blog for the latest in medical equipment Los Angeles area and for breaking stories from the fields of medicine, research and development worldwide. 

Each year, approximately 12,500 people suffer spinal cord damage as a result of a fall, sports injury, car accident or another grave trauma. That leaves almost 300,000 individuals in the U.S. alone living with some form of disability or paralysis, according to theNational Spinal Cord Injury Statistical Center. Many researchers focus on stimulating regrowth of the damaged area with hopes of triggering the body to heal itself. A recent medical breakthrough is using a different approach to mend the central nervous system.

Is e-Dura a cure for paralysis? Time will tell, but the data looks promising. The spine is really just a biological cabling system, not that different than what you see in computers or other electrical equipment. These researchers are offering a mechanical way to fix the cord and restore function. It is a therapeutic approach that offers hope to those who suffer from a spinal injury.

A decade ago, when the word "ultrasound" entered into the conversation, it was generally because of a discussion about pregnancy. Ultrasounds were the go-to diagnostic tool for pregnancy confirmation and examination. Today, however, the 3d ultrasound machine is used for so much more. In fact, the BBC predicts the ultrasonic market will reach $26.6 billion this year--a record high on its way to even higher numbers. Because of this statistic, the value of used ultrasound machines is also increasing.

Specifically, the medical equipment will be used in more settings for more reasons because of the following:

1. No cutting

In the cardiac department, for instance, the use of ultrasounds in cardiology is not new. Echocardiography has been used for years to make 3d images, measure blood flow, and observe cardiac problems. Ultrasounds have and will continue to play an important role in observing cardiac valves and heart abnormalities--a great alternative to cutting into the patient to obtain this information. As often as possible, medical professionals prefer to avoid needless surgery, and ultrasounds make this possible.

2. No pain

In the musculoskeletal department, for instance, relying on ultrasounds to check bones, tissues, nerves, and muscles, etc., is a great decision because of the type and level of pain that often presents itself in musculoskeletal abnormalities. Looking 3d imaging is advantageous for people who are already in pain because 3d ultrasound machines do not cause further discomfort. As often as possible, patients prefer pain-free procedures, and ultrasounds make this possible.

3. No radiation

As the medical community's understanding of x-rays and other medical procedures continues to evolve and expand, so does the desire to avoid radiation as often as possible. Sometimes medical events make radiation necessary. At other times--even in the case of radiology, for instance--medical ultrasound devices are ideal because they offer some of the same benefits without the added radiation. In surgical settings, the improved image quality provided by ultrasound technology offers flexibility and advanced GPS positioning. As often as possible, patients and professionals like to avoid radiation, and ultrasounds make this possible.

As if the lack of cutting, pain, and radiation were not enough reasons to favor ultrasound technology, it should be noted that the 3d ultrasound machine is also an effective cost-saving strategy for medical practices and hospital settings. Generally speaking, ultrasounds--and especially used ultrasound machines--are widely accessible and less expensive than other medical equipment and diagnostic tools.

An injury or medical condition that results in paralysis is an unfortunate reality for many individuals. However, a solution could be on the horizon with a new medical device breakthrough.

A soft and malleable device has been tested in rats and proven to help the animals walk again. This new flexible device was not rejected by the rats’ bodies and does not contribute to any discomfort.

These new stretchy implants that reverse paralysis are called e-Dura and were created by French scientists. Each implant, which is a low-profile prosthetic ribbon, includes electrodes. The implant runs parallel with the spine.

The implant mimics the living tissue (i.e. dura mater) around the spine that controls movements. It sends electric impulses and drugs that can stimulate cells.

Furthermore, researchers believe the device won’t need replacing for approximately 10 years. It’s the first study to demonstrate that a device, not rejected by the body, can create movement in rats with paralysis.

This is fantastic news for spinal cord injury patients or those with neurological conditions. Researchers believe this device could be beneficial not only for spinal cord injury patients but also for those with Parkinson’s, epilepsy and for pain management.

Clinical trials in humans should begin within three years, according to researchers at Ecole Polytechnique Federale de Lausanne.

Absolute Medical Equipment provides new and reconditioned medical devices for hospitals, technicians, clinics and private practice offices. We are here to help answer your questions about the latest medical devices and legislative requirements under the Affordable Care Act. We offer everything from MRI and EKG machines to fetal and anesthesia monitors. All of our reconditioned machines are FDA approved.

If you have questions or need to purchase a device, please call us today at 1-888-267-2966 to speak with one of our specialists. 

Industry analysts continue to project strong growth for medtech industries, with the Department of Health and Human Services reporting that the U.S. medical device market will reach $133 billion by 2016.  As U.S. companies represent 38% of the global medtech market, the year is poised to result in record industry growth.  Several notable medtech trends for 2015 include:

1.   Elimination of the medical device tax.  With a general Congressional focus on tax reform, the 2.3% medical device tax is expected to be repealed this year.  Elimination of the tax has bipartisan support, with several key Democratic lawmakers joining Republicans in support of tax repeal.

2.   Widespread adoption of PEEK to replace metal parts.  Although PEEK has been around for decades, experts anticipate that 2015 will usher in a boom in its use in medical technology.  R&D teams continue to investigate ways to combine PEEK’s bio-inert properties with compounds designed to promote tissue regeneration.

3.   Consolidation of big players in the medtech world.  Mergers are the name of the game for 2015, with Stryker rumored to be seeking to acquire Smith & Nephew.  Dozens of innovative start-ups are also poised to be bought out by medtech industry giants.

4.   Generation of chemical-resistant polymers.  Although the CDC reports that life-threatening MRSA infections continue to decline, there is growing interest in hospital equipment treated with chemical-resistant polymers.  2015 is expected to bring a renewed focus on production and delivery of chemical-resistant equipment.

5.   Mobile apps grabbing a large segment of the market.  Mobile health is here to stay.  Nearly 1 in 5 smartphone owners have downloaded a health tracking app, and that number is expected to expand in 2015.  Industry observers are keen to note whether mHealth can tap into the desirable youth demographic.

6.   3D printing boom poised to revolutionize medical care delivery.  With 2014 bringing 3D-printed vertebrae and knee cartilage, some predict that 2015 will be “the year of medical 3D printing.”  An expansion of available materials for printing is predicted to spur innovation and improve access to life-saving medical equipment.

7.   Large newcomers entering the playing field.  No longer content to sit on the sidelines of the lucrative medical market, Google is poised to use its vast resources to solve medical problems (Apple may be close behind). Google’s new R&D firm Calico intends to develop technologies that combat neurodegeneration, cancer, and other age-related diseases.

What will be the most exciting thing to happen in the healthcare industry this year? It could be the widespread use of telemedicine, as more and more embrace new norms thanks to healthcare advances.

With these telehealth advances, more and more patients are conversing with their physicians online via video-based visits. This offers patients convenient accessibility to their doctors when needed.

Optimizing care outside of the traditional doctor’s office is the pursuit of many patients and healthcare professionals. Finding ways to bring preemptive and accessible care to homes is a priority. Delivering services remotely will see greater interest this year. In addition to patient benefits, it helps physicians expand their reach and increase their number of patients.

Telemedicine means that patients can get immediate care in case of an emergency and don’t have to bother with transportation issues. With everyone’s busy schedules, teleconferencing with a physician helps save time and can be less of a stressful event for many.

There is software available to help you experiment with telemedicine before fully integrating the strategy in your private practice. Health monitoring devices also are available to complement such software.

Invite your patients to try out the telemedicine offerings. Studies have proven that physicians who personally invite patients to test out telehealth options see adoption increase quite soon.

Telemedicine is a safety and efficient offering. It also is a secure way to discuss your concerns with your physician within the comfort of your living room.

Absolute Medical provides reconditioned and new equipment for interested parties, like hospitals, technicians, private practice doctors and clinics. For a list of our available high-quality products, please visit our website here. If you have a pressing need, call us today at 1-888-267-2966 to speak with one of our specialists.

During a speech in early December last year, Bill Maisel, the deputy director for science at the FDA’s Center for Devices and Radiological Health, expressed a positive outlook for the new medical device industry.

The center supervises medical device approval. Maisel said that the center had made great strides with fixing how long it takes to approval trials and yet-to-be-approved medical devices.

The comments regarding this topic were made at FDA Update, which is an event for MassMEDIC members. MassMEDIC is a medical equipment industry advocacy group. FDA Update provided members a snapshot of important issues regarding regulatory approval.

An MIT and Harvard graduate, Maisel addressed various advances the center has made in getting new medical devices to the American public. He said the agency will match or improve upon its own deadlines for approvals. And in the past few years, they have halved its long list of pending medical device approvals.

He said the agency cut the average time frame between an application’s submission and possible approval by 75 percent in three years. It took around 400 days to process applications in 2011, whereas it only too around 101 days in 2014.

He also said the agency tried to analyze whether a new piece of medical equipment should be reclassified from high-risk to less-demanding devices to help expedite the decision-making process.

Additionally, a new “Expedited Access PMA” program will create more communication avenues between high-risk product companies and the agency. Maisel hopes also to better its level of customer service. They will collect feedback and eventually hope to achieve a 70 percent satisfaction rate with government agencies who work with the FDA and industry representatives.

He said the Center for Devices and Radiological Health reached an 84 percent approval rating, which surpassed their goal.

Ultimately, he wants U.S. patients to have first access to the latest and best technology to hit the market – a goal for 2015.

Absolute Medical Equipment provides FDA-approved-refurbished and new medical devices. If you have questions about acquiring a specific piece of medical equipment, please call us today at 888-267-2966. Learn more about our available medical devices on our website.

New York-based Absolute Medical Equipment, which buys and sells new and certified refurbished medical equipment, continues to see an increasing demand for its pre-owned medical equipment amid a stock of nearly 10,000 machines.

One of the main reasons for this is that the current medical system continues to see a decline in hospital reimbursements. For example, an MRI reimbursement used to be around $1,500; however, it’s now around $400. Facilities are unable to afford equipment like an MRI machine that costs thousands of dollars when reimbursements are decreasing. Greater demand for used medical equipment began about five years ago, noted Absolute Medical’s co-owner Ashley Herschman.

Absolute Medical primarily purchases its pre-owned equipment through banks, manufacturers and leasing companies, though the company has purchased equipment directly from private practice offices and hospitals. The 13-year-old company buys almost any piece of medical equipment, as some devices can be utilized for parts.

Pieces are frequently bought in “as-is” condition. The company utilizes three biomedical technicians to service the medical equipment and get it FDA-certified. The sophisticated process involves a number of checks and balances to ensure quality control and to provide the safest medical equipment to help save lives.

Absolute Medical’s clients include hospitals, private practice doctors, technicians and clinics.

Payment in full is received through certified funds or wire transfer, and it is provided in advance or upon receiving.

Absolute Medical buys the following secondhand medical equipment —man of which are cardiac-related machines:

·        3D ultrasound machine

·        4D ultrasound machine

·        Electrocardiograms (EKG machines/ECG machines)

·        Patient monitors

·        Blood pressure monitors

·        Stress monitor

·        Defibrillators

·        Anesthesia monitors

If you have any questions, or are interested in a quote, please call Absolute Medical at 888-267-2966. 

The industrial internet — It’s General Electric’s phrase for how networked software and sensors are combining with physical machinery and medical equipment.

Medical equipment is becoming more sophisticated thanks to technological advances. One of GE’s new connected medical devices includes a CT scanner that can take images of the moment a heart stops beating when it’s linked to a heart monitor.

RTI, a 23-year-old California-based company, is GE’s new software provider and is helping the technology giant’s advancement in the industrial internet field. RTI is using open source DDS (Data Distribution Service) messaging protocol, according to an article on gigaom.com, in order to help machines communicate and send data to each other. RTI’s Connext software is already used by NASA and Canada’s air traffic control system.

A version of its software that connected devices and sensors can use was released in February. The article notes that “in a medical setting a hospital might need to coordinate data between 1,000 beds with 100 separate sensors sending information.”

The article notes that RTI is a member of the Industrial Internet Consortium, which is a group created by GE, IBM, Intel and others, to “build out reference architectures for the industrial internet.” Therefore, DDS may become the platform of choice when helping to connect devices.

To see what GE equipment Absolute Medical has available, visit our website here. Absolute Medical provides medical equipment to hospitals, clinics, doctors’ offices and imaging centers. If you have any questions regarding services or available equipment, like CT scanners, please contact us at 1-888-267-2966.

Absolute Medical Equipment’s Ashley Herschman would like to think that in any militant or terrorist bombing situation that has occurred around the world, perhaps one of the many defibrillators he’s donated helped save the life of an innocent civilian.

Occasionally, he will hear back from a nonprofit with a real-life example of how one of his medical devices helped save a life. That brings Herschman a lot of joy.

“Rather than handing over a signed check, I’m much happier giving away medical devices that directly impact people who find themselves in life-and-death situations,” the new and used medical equipment provider’s co-owner said recently.

For the past 10 years, Absolute Medical’s philanthropic efforts have included loaning or donating tens of thousands of dollars’ worth of defibrillators and other life-saving medical devices (e.g. surgical centers, ultrasounds and anesthesia monitors).

Nonprofits and other volunteer-based organizations in Africa, Ethiopia, Haiti, Israel, India, the British Virgin Islands and Dominican Republic received Herschman’s medical equipment.

EKG stress tests are important diagnostic tests for identifying coronary heart disease. The stress tests have not changed that much but what has changed are a number of key elements to improve the machinery’s ability to record and generate valuable insight into the patients health.Medical practitioners have a lot more freedom to use the machinery that suits them and the patients rather operations being dictated by the constraints of the machines.Other improvements enable doctors and medical practitioners to identify other related diseases and issues related to the hearts performance during the test.The lightweight natures of these wires are a great improvement from the heavy wires before these developments

Bone densitometers are very powerful machine but are generally underutilized and employed in imaging modality. According to research in osteoporotic fractures in woman the numbers of woman with the condition are greater than the population suffering from breast cancer, stroke and heart attack combined. There are three main processes used in bone densitometers and while you may be looking to replace or consider your options here are the different approaches.

Vascular probe research can help further treatment of vascular disease. The vascular probe can be compared to many of the other probes. The probe has specific crystals that can then send ultrasound waves into the patient. Another crystal is designed to receive the returning wave and they bounce back from the blood cells.

The advancement of the technology has allowed these probes to pick up a range of data when the ultrasound waves hit the cells. They can track blood flow as well as the direction in which the cells are flowing.  With use of high low pitch sound they can identify move, flow and its direction, helping identify further details of any problems

Chronic obstructive pulmonary disease (COPD) is a form of lung disease and is based on reduced air flow into the lungs because of the deterioration of the lung tissue and the dysfunction of the minor airways. Unless treated the disease continually gets worse. The effects of this disease are shortness of breath and coughing.

The pulse oximeter is non invasive and can easily check oxygen saturation and other vital signs of an individual. Improvements have made the pulse oximeter more attractive and accepted for use in a number of primary and specialty care practice applications.

Medical ultrasound devices have been around for a longtime and have been heavily associated with gynecology clinics but as ultrasound machinery becomes increasingly more powerful you will find that a range of other medical departments.

The increase in the use of Ultrasound devices is  four main reasons. One is the absence of needles, injections and surgical incisions that are found in many of the previous procedures. The Ultrasound process is painless and also extremely quick to identify any issues in the area being tested. In many instances patients would need to go through an x-ray process to identify problems and collect data. The offset would long term exposure to radiation to the patients which has its side effects and risks. Ultrasound does not have any radiation making it safer and easier for the patients. Patients are happier and it’s easier to position the ultrasound in difficult to reach places and get the readings and results. This is in place of painful time consuming procedures that would require preparation time and recovery time. 

Autoclave and Sterilizing machines have been used for a long time in a number of industries. The process is well known to prepare and mange utensils and materials used in a clean, sterile environment. The steam that is applied can cause a strong build up of pressure and It’s an simple way to keep anything clean.

In actuality all an autoclave is, is a very powerful dishwasher and that in mind has found some interesting applications not just in piercings but in more remote areas like NASA and rocket launches.

There are two main concerns that patients have when using a MRI, the environment of the MRI and the radiation.The cold and the claustrophobic nature of the procedure and equipment make the patients usually uncomfortable and practitioners need to keep patients as calm and happy as possible.

The claustrophobia is a big part for patients to stay calm to undergo the treatment. They really don’t enjoy it and being restrained for large amounts of time can be really difficult.Patients are always concerned about the side effects or long term effects of radiation.

The possibility to reduce the levels of radiation is always a concern because it is a payoff to image quality and the priority is always to protect that quality.

Vaginal probes are used in sonographic scans. These probes including endocavitary probes really need a cover. The reason for this is that they become semi-critical due to their contact with mucous membranes creating a hazard when sharing the probes with patients. A solution is for probes to have a cover before the probe is applied to each patient.  These covers are not fail proof and have been found to tear reducing their protective quality. This has led many to improve their protection to disinfection post examination as well as placing a cover on the probe before any following assessment with a new patient.

The fetal monitor is part of the overall observation of the baby. It tracks the heart rate of the baby and tells us a great deal about the health of the baby as well as if the baby is under any stress.


Occasional changes in the baby’s heart rate can be caused by the umbilical cord pressing on the baby causing it stress as is worse than episodic acceleration. If the heart rate speeds up then the situation can progress to further categories.

The ECG and EKG have achieved a process to identifying and quantifying vital signs of the heart. Buy putting on electrodes over the heart the electrical impulses can be recorded and analyzed. There is a continuous need in the cardiology community to evaluate and improve the analytical abilities of the machinery to better identify abnormalities.

This constant drive for more accurate and better identification of heart issues using ECG/EKG technology has met, head on, with smart phone technology

 

A recent study found that placing defibrillators in offices and other public areas with trained people can have a positive impact on cardiac arrest patients at the time of the arrest itself. We are used to seeing defibrillators being rushed in by a first responder paramedic but having them placed in these areas can be very effective to treat patients.

Defibrillators can double survival with trained teams available to carry out treatment when the need occurs. The training and equipment makes it very safe. The machinery can detect if body is going through a cardiac arrest to make sure the shocks are not administers incorrectly and in the two years there was not one occasion where a shock was ordered prematurely or in the incorrect circumstances

Recent research found that people with low or very high levels of transferrin saturation ratio are at higher risk of death. The death measure available iron in the blood where normal results lower level prove deficiency and high levels excess of iron in the blood.

Research found that patients with considerably  deficient iron levels, below 17.5% saw the death rate increase by 45% but high levels of iron did not see a particularly increase from the regular rate of death.

In this iron test lower levels indicated deficiency while higher levels, over 50% can be cause for concern and be damaging to the patients health. Haemochromatosis multiple blood transfusions and cirrhosis are usually the cause of these high levels of iron.

The medical care community has always been looking to budget to provide the best service to their customers and patients with the best facilities and equipment. The equipment is particularly costly and hospitals and health care centers look to ways in which they can have the equipment in a inexpensive way. The best way is to reuse and refurbish equipment to save waste and money and help these care centers continue.

Here at Absolute Medical Equipment we lead in providing the very best in refurbished, reconditioned and used equipment for the full range of medical environments. We work with leading manufacturers and vendors to refurbish and recondition equipment through vigorous testing ensuring they are in perfect working order and ready for use.